Computational Biology

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 Demonstration

Importing Data - Featuring Bioinformatics Toolbox
		Connecting to Local Databases
		Working with Affymetrix Gene Chip data
Analyzing and Visualizing Data - Featuring Bioinformatics Toolbox
		Pre-Processing Raw Mass Spectrometry Data
		Identifying Significant Features and Classifying Protein Profiles
		Visually Representing Interconnected Data
		Working with the Clustergram Function
		Microarray Data Visualization
		Microarray Cluster Analysis
		Exploring Primer Design
		Basic Example of Sequence Alignment
		Analyzing the Origin of the Human Immunodeficiency Virus
Modeling Biological Systems - Featuring SimBiology
		Stochastic Simulation of Radioactive Decay
		Stochastic Simulation of Lotka-Volterra Reactions
		Comparing SSA and Explicit Tau-Leaping Stochastic Solvers
		Yeast Heterotrimeric G Protein Cycle
Communicating Results - Featuring Bioinformatics Toolbox and MATLAB
		Calling BioPerl Functions from MATLAB
		Example of Using BioJava from within MATLAB
		Creating a GUI with GUIDE (10 min, 37 sec) (MATLAB)
		Publishing M Code from the Editor (4 min, 36 sec) (MATLAB)
Increasing Computing Performance - Featuring Bioinformatics Toolbox
		Batch Processing of Spectra Using Distributed Computing
		Bootstrapping Phylogenetic Trees

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